IWC Schaffhausen Mechanical Watch Model

All projects

Toys & Experiments

IWC Schaffhausen Mechanical Watch Model

An interactive 3D mechanical watch model built with frontier AI models.

byYouWare AI

Playable

IWC Schaffhausen Mechanical Watch Model media is blocked

Allow external media to connect to the provider and play this content.

Description

An interactive 3D simulation of a mechanical timepiece, specifically modeled after IWC Schaffhausen. It serves as a technical demonstration of the 3D modeling and mechanical simulation capabilities of next-generation AI models.

Descriptions, tags, and model credits may be AI-generated or inferred from public sources and can be incomplete or wrong. Learn more.

Details

Why this is interesting: A complex 3D mechanical simulation that demonstrates the coding and spatial reasoning of unreleased frontier models.
Attributed to: @YouWareAI
Built with: Fable 5 GPT-6 Astra GPT Image 2.5 Flare
Links: iwc6.youware.app
View tweet
Tags: #3d #simulation #watch #mechanical

Discovered: X
First posted: X · Sep 18, 2026
Listed: Added 2h ago
Build: Strong
Models: Strong

Prompt

Use Three.js to develop a highly faithful 3D interactive watch model of an IWC Schaffhausen timepiece. Requirements: 1) The dial structure must be highly precise, with every mechanical component individually rendered and clearly distinguishable; 2) The watch face must use a sapphire glass material with realistic transparency, refraction, and reflection effects; 3) The minute hand and second hand must be correct hands that follow real timekeeping logic, with automatic continuous hand-sweep animation; 4) Support disassembly and reassembly of the watch, with each part able to be separated and viewed individually; 5) The overall level of detail must be extremely high, closely matching the structure and proportions of a real watch, with realistic material textures for screws, metal parts, and other components, and fine craftsmanship. Please ensure the model runs smoothly in the browser and interacts naturally.

Source

All projects

Toys & Experiments